Automatic drink-vending machine



B. BIGELOW AUTOMATIC DRINK VENDING MACHINE Filed oct. 15, 1927 5 Sheets-Sheet l oct, 2s, 1930. B. BIGELOW 1,779,839

AUTOMATIC DRINK VENDING MACHINE Filed oct. 15, 1927 s sheets-sheet 2 @y Mn-mg @et 28, 1930. E. BIGELOW 1,779,339

AUTOMATIC DRINK VENDING MACHINE 1.59 7 az/ff" Patented Oct. 28, 1930 BRYANT BIGELQW, F BOSTON, MASSACHUSETTS auromrrc DRINK-vermine uacnnm Application lled October 15, 1927. Serial lo. 226,348.

M present invention relates to machines for ispensing or'vending liquids or drmks, and more particularly to automatic machlnes for this urpose.

' 6 One o ject of the present invention 1s the provision of a vendin machine which will dispense, into a suitab e receptacle, such as a cup, a predetermined amount of l1qu1d.

A further object is the incluslon of means l0 which will prevent operation of the machine unless and until the proper coinhas been 1nserted in the place rovided therefor, said coin, at a redetermined position durmg its passage t rough the machine, being the means to permlt operation of the liquid dispensin mechanism.

Anot er object is to position the receptacle or cup which is to receive the liquid, beyond the reach of the operator until such time as he has complied with the preliminary requirements for operating the machine, access to the said receptacle or cup not being possible until said cup has been completely hlled.

A further object of the invention resides in the provision of means, automatically operable, after 'a predetermined number of drinks have been vended from the machine, to prevent the admission of further coins to the machine.

The preferred machine for carrying out the above and further objects, comprises av cabinet, in the upper portion of which is aiiixed a tank or liquid container. A sleeve is ailixed in the lower edge of the liquid container, extending partially into the container, and

from the sleeve, at the end thereof which projects outside of the container, is aiiXed a nozzle or spout. A valve, preferably cylindrical in shape, is slidable within said sleeve and has pivotally affixed thereto an operating lever, one end of said lever extending outside of the cabinet and terminating in a hook or hpndle member. The valve is of a size adapt- '45 ed to contain an amount of liquid su'licient to fill a desired size ofA cup, and has two ports therein, one permitting ingress of the liquid into the valve when the valve is in its innermost position, and the other permitting egress of the liquid through the spout and into the cup when the valve is in its outermost position.

The cup), when in position to receive the liquid, is eyond the reach of the operator, being within the cabinet, and a door being rovided in the cabinet'for access thereto.

cans are rovided within the cabinet, and automatica y operable by the operating lever, so that when the lever is in its innermost and outermost positions, the door will be unlocked, but when the lever is in transit from innermost to outermost position, viz., transferringthe liquid from the container to the cup, it will be im ossible to open the door. I have also provi ed means, operable by the door, on opening, to automatically return the locking lever, and hence the-valve, to innermost or normal osition, ready to receive an other charge of 'quid.

In order to operate my novel machine, it is first necessary to insert a coin of predetermined denomination, into a slot provided therefor in the front of the cabinet. This coin then centers and travels through a coin slot or mechanism of well-known construction, and comes to rest in a groove or slot in a position to be moved forward by the operating lever. If the coin is not in position, and the operator endeavors to pull the o rating lever forwardly, means 1s provide -to 80- engage a lug on the said lever, effectually preventing its forward movement, and thus -eliminating possibility of tampering with the mechanism. With the coin in position, and movement being transmitted to the operating lever, the coin, in its forward travel, will permit the locking mechanism to become inoperative, thus permitting complete' forward movement of the lever. Means are'also provided to en age thelever in its forward movement, an prevent return movement thereof until it has reached its outermost position, in which position'it is held until the door is open, opening of the door automatically returning the lever and valve to normal position, the lever being under spring tension when moved from normal position.

I also provide means, controlled by the door, to prevent'manipulation of the operating lever unless the door is closed, openl `and drinks have been vended, I provide means,

o erated by the coin when moved forward by t e operating lever, to actuate shutter mechanism, which mechanism, at a predetermmed instant, will cause a shutter t o close the coin slot, preventing the admission of further coins until the container has been relled and the shutter has been removed from the coin slot.

Movement of the operating lever forwardly, also, will mani ulate a cup dispensing mechanism, I pre erably utillzing cup dispensing mechanism of a well-known type, automatically positioning a cup under the nozzle or spout, in position to receive the charge of liquid from .the valve.

I consider that my machine, as above described, is novel and I `have therefore claimed the same broadly herein.

Further objects of the invention, details of construction, combinations of parts, advantages and operation, will be hereinafter more fully described and claimed.

Referring to the drawings, illustrating a preferred embodiment of the present invention Fi 1 is a vertical sectional view of the comp ete machine;

Fig. 2 is a cross-sectional view on the line 2 2 of Fig. 1; A

Fig. 3 is a cross-sectional view gon' the line 3 3 of Fig. 2; V

Fig. 4 is a cross-sectional view on the line 4 4 of Fig. 3;

Fig. 5 is a cross-sectional view on the line 5 5 of Fig. 3; A

Fig. 6 is a view, on an enlarged scale, of the operating lever in position for manipulation;

Fig. 7 is a plan view of the operating lever;

Fig. 8 is a detail view of the operating lever retracting spring.

As shown in the drawings, my present novel machine comprises a cabinet 1 mounted on legs or supports 2 and divided into an upper and lower compartment by a ioor or lateral web 3. Supported on a plurality of brackets 4, in the upper compartment, is a receptacle 5, comprising a liquid container or tank 6, ice compartment 7 and insulating sheathing 8. of cork orthe like. If desired, instead of ice in the compartment 7, any desired coolin device, such as a refrigerating coil, may e utilized. A cover 9 is providedfor the entire receptacle 5, and a cover 10 for thecontainer 6. Theliquid adapted to be dispensed or vended y,by the machine is indicated at 11 in the container 6. Extending completely through the receptacle 5, and

projecting partially into the container 6,a'nd also extendlng partially outside of the receptacle 5, is a sleeve 12, and aiixed to the outer end of the sleeve 12 is a nozzle or outlet spout 13, said spout projecting downwardly into a chamber 14. Slidable within the sleeve 12 is a valve 15, provided with ports 16 and 17. This valve is preferably cylindrical in sha e and has a liquid capacity equivalent to t e cup or receptacle to be filled. When the valve 15 is in its innermost position,.or as illustrated in Fig. 3, the port 16 is exposed to the liquid 11, permittin .the valve to be filled, an air escape and in et port 18 being provided, to facilitate the filling and emptying of the valve. When in the position shown in Fig. 3, the port 17 is covered by the sleeve 12. f

On the front of the valve 15 is a lug 19 and pivotally connected thereto,'as at 20, is they operating lever 21, this operating lever eX- tending through the front of the cabinet and terminating in a hook or handle portion 22.

My machine is adapted as an automatic vending machine, and in order to prevent manipulation of the operating lever 21, except when the proper coin has beendeposited in the machine, I provide, on the top of the lever (21, a lug 23 having a flat front face 24. Pivotally mounted at 25 to a yoked plate 26, is a plate 27 having a portion of its end flat, as at 28. This plate 27 rests 4on top of the lever 21, in the path of the lug 23, and, on drawing the handle 22 forwardly, the face 24 of the lug 23 Will engage the face 28 of the plate 27, effectually preventing further forward movement o the lever or valve, this stopping action taking place before the port 17 has entered or `become alined with the discharge nozzle 13. In order to actuate the device to dispense a drink therefrom, it is necessary to insert a coin 29 of proper denomination, in the slot 30, said coin passing through a coin feed mechanism 31 of usual and well-known construction, which need not be described in detail. After passing through the coin mechanism 31, the coin 29 comes to rest in a race or slot 32, being heldin position against the lever 21.thereby, and being held against movement by the lugs 33 and 34.' Now,when the handle 22 is pulled forwardly, the lever and valve will also be moved forwardly, until the li uid contained within the valve is dis-7 pensed through the outlet nozzle 13.

As the lever 21 is drawn forwardly, the curved edge of theoin 29 will engage the slanting or beveled edge 35 of the forward part of the plate 27, ralsing the plate 27 and permitting the lug 23 topass thereunder, the plate 27 beingof a sufficient width to span oth the coin 29 and lug 23. As the lever 21,

is moved forwardly, also, the ratchet 36 will engage a two-way pawl 37 pivotally mounted at 38 on anY arm 39, and normally held in upand-down position by a spring 40, secured, one end to the pawl 37 and the other end to a pin 41. Theengagement of the ratchet 36 with the pawl 37, will prevent return of the lever to normal innermost position until the ratchet will have passed completely by the pawl 37, at which time the entire charge of liquid in the valve 15 will have been discharged through the nozzle 13.

During the forward passage o f the lever 2l, a rod 42, normally held between the lugs 43 and 44, will also be moved forwardly, this rod 42 being connected to the lever 45 for operating the cup-dispensing mechanism illustrated generally at 46. This cup dispensing mechanism is of standard and wellknown construction, and need not be described in detail herein. The cups are contained within the glass portion 47, as is usual, and movementof the lever 45v will detach one cup, such as 49, from the stack, permitting it to drop along the chute 48, coming to rest against a shield 50, in which position it will be retained directly under the outlet nozzle.

It will be appreciated that before the lever 21 has completed its forward travel, the coin 29 will slide from the groove 32, over the curved nose 51 and will be deposited in the coin box 52 provided therefor. As the lever 21 travels forwardly, also, the inclined face 53 will engage and depress a pawl 54, piv- I oted at 55 on a lug 56 on the nozzle 13, against the tension of the spring 57, until the notch 58 in the lever 21 engages the pawl 54, when the spring 57 will force the pawl upwardly into the notch 58, thus positively holding the lever 21 against return movement.

As the lever 2l is pulled forwardly, it moves against the tension of the spring 59 fitting in a notch 60 in the lug 43, said spring 59 being secured to the inside frontof the cabinet 1 at 61.

Secured to the lever 45 is an upstanding rod 62 which, when the lever 45 is moved forwardly, will engage the curved rod 63 of the coin mechanism, opening same to eject any slugs, paper wads, or the like which arev held therein.

innermost or outermost, and for this urpose 'have devised novel mechamsm as ollows: pivoted at 67 in bosses 68 onl the nozzle 13, is

a shaft 69.v Ailixed to this shaft 69 is a rod `the link 87 to the right,

70, bent downwardly and terminating in a point at 71. '10 one end of the shaft 69 is affixed a rod 72 extending forwardly to a point adjacent to the front of the cabinet, and depending from the rod 72 is a rod 73. When the lever 21 is in innermost position, as shown in Fig. 6, the point 71 of the rod 70 will have ridden up on the inclined face 74 of the lug 23, raising the rod 70, and hence rotating the shaft 69 and raising the rods 72 and 73. Raising of the rod 73 will have raised the end 75 of a latch 76 which is pivoted at 77, freeing said latch from the hook or catch 78, and permitting'the door to be pulled open. This` raising of the end 75 of thelatch 76 is against thetension of a coiled vspring 79 which will assist in the locking act1on when the rod 70 is released from thelug 23 during travel of the' lever 21, by pulling the rod 73 downwardly. When the lever is being pulled outwardly, the latch 76 will be in engagement with the hook 7 8, preventing opening of the door until the cup filling operation is completed,l at `which time the inclined face 80 of the lug 81 will have engaged the point 71 of the rod 70, causing the same to ride up onto the lug 81, and again freeing the latch 76 from the catch 78.

In the event that an operator should have deposited a coin in the machine, and should open the door before pulling the lever, I have devised novel means to lock the lever until the door is again closed, in order that the machine shall be completely closed during the dispensing operation. To accomplish this desirable result I provide an arm 82 pivoted to the front of the cabinet at 83 and pivotally connected at 84 to a link 85, which link is in turn pivotally connected at 86 to a' link 87 pivoted intermediate its ends at 88. Pivoted at 89 to the link 87 is a short arm 90 having a projecting tongue 91, and resting in a guide bracket 92. When the door is closed, as shown in Figs. 3 and 5, a` cam 93 will engage the arm 82, and move the same to the left as shown in Fig. 5,.against the tension of a coiled spring 94 secured to the cabinet at 95 and also to the link 87. On opening of the door, however, before the lever 21 has been moved, the coiled slpring 94 will pull ig. 5, on its pivot, moving the arm 90 to the left, Fig. 5, and causing the tongue 91 to be inserted in a recess 96 in the operating lever 21, thus preventing forward movement of the lever until the door has been closed and the cam 93 is engaged by the arm 82, and through the movement above described has released the tongue 91 from the recess 96.

When the lever is in its outermost position, and the cup filling operation has been completed, opening of the door will cause a pulling of the pin 97, secured to the door. lThis pin 97 is connected, through a spring arrangement 98, to a rod 99, swingable through a slot 113, which rod 99 in turn is secured to a lever 100 pivoted at 101 to a boss 102 on the nozzle 13. Thus the opening of the door will cause the swinging of the lever 100 on its pivot, and cause the free end of the lever 100 to engage the lower end 103 of the pawl 54,

forcing same out of the notch 58 and permitting the spring 59 to retract the operating lever and valve, for the purpose of filling the valve with another charge of liquid. The lever 100 is normally held away from the end 103 of the pawl 54 by a spring 136 affixed to a pin 137 on the side of the nozzle 13.

- As the lever is retracted, the lug 43, being of greater length than the lug 44, will positively assure engagement of the lug 43 with the rod 42 of the cup dispensing mechanism, returnin this rod to its original position, and placmg the cup dispensing mechanism in condition to dispense another cup on recurrence of the forward movement of the lever 21. f To prevent too-fast return of the valve and lever to normal position, I affix, to a shaft 104 secured to the inner end of the valve, a vane 105, which vane will serve a dual function. First, it will retard the return of the valve, acting as a brake, and secondly, it will agitate the liquid 11 within the container 6, thus insuring that the liquid will be maintained in proper condition for dispensing.

When in retracted position, the device is again locked until insertion of the proper coin into the slot 30. Any improper coin, slug, or the like, will be ejected from the coin mechanism 31 and returned out of the machine through a chute 106 and slot 107, provided for this express purpose.

The floor of the cup chamber 14 is depressed at the center, as at 108 and a drain 109 leads from the depressed portion to a suitable receptacle 110 in the lower portion of the cabinet. In the front of the cabinet, and leading to a basket or receptacle 111 in the said lower portion, is a trough or chute 112, for the reception of used cups.

The tank or container 6 is filled with a predetermined amount of liquid, suiiicient for a predetermined number of drinks, and in order to prevent operation of the machine after the tank 6 has been emptied, and before refilling, I have devised a novel arrangement, as follows: pivoted on a pin 114 in bosses 115 on the plate 27, is a shaft 116, extending upwardly and having a pivoted pawl 117 on its upper end, this pawl engaging a ratchet wheel 118 and being held thereagainst by a spring 119. The ratchet wheel 118 is mounted on a shaft 120, and mounted on the same shaft is an arm 121, pivotally secured, at its outer end, to the shaft 116, and which retains the shaft 116 and pawl 117 in proper relationship with the ratchet wheel 118. A locking pawl 122 is held against the ratchet wheel 118 by a spring 123, to prevent backward movement ofthe ratchet wheel during operation thereof by the pawl 117. Mounted on the shaft 120 is` a plnion 124 engagmg a gear wheel 125 mounted on a shaft 126. Also mounted on the shaft 126, and closely adjacent to the gear 125, is a plate 127 havlng a. notch or recess 128 therein. Pivotally mounted at 129 is an arm 130 carrying 'a shutter 131, and also carried by the arm 130 is a pin 132 riding on the edge of the plate 1.27 until the notch 128 reaches a predetermlned position, at which time the. pin 132 will drop into the notch 128, dropping the arm 130 and bringing the shutter 131 over the com slot 30, preventing the entrance of further coins to the machine until the tank 6 has been refilled and the shutter raised. The gear 125, as illustrated herein for conventional purposes only, is in the ratio of live to one with the pinion 124. In other words, the pinion 124 will make five revolutions to one revolution of the gear wheel 125, after which complete revolution of the gear wheelthe tank 6 will be emptied, and the pin 132 will drop into the notch 128, preventing further operation. A sutcient quantity of l1qu1d over that required to fill the predetermined number of cups is, of course, provided,

to take care of drip, leakage, etc.

Access to the tank 6, ice compartment 7, and the interior of the machine, is had through the cover 133, which is hinged at 134 and has catches 135, as shown in Fig. 1.

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Locks are provided, both for the hinged top 133, and for the entire front of the compartment, to prevent unlawful tampering with the interior of the machine, these locks being of any desired or usual construction and not, therefore, being shown herein in the present case.

It will thus be seen that I have devised an entirely novel machine of this type, one which is simple to operate, positive in its action, and eicient to a high degree.

I belive that the machine, as a whole, and

many of the parts thereof, are novel, and-I have therefore claimed the same broadly herein. While I have necessarily described my invention somewhat in detail, it will be appreciated that I may vary the size, shape, and arrangement of parts Within reasonably wide limits Without departing from the spirit of the invention.

My invention is further described and delined in the form of claims as follows:

1. Inra machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extendin through one wall of said cabinet, cupA is ensing mechanism, means actuated by sai lever during its forward lim movement to dispense a cup, means to position said cup under said nozzle, a door in one side of said cabinet, means to lockA said lever in extended position during the discharge of the liquid from said valve, and means operated by said door tounlock said lever.

2. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein,'a lever connected to said valve and extending through one wall of said cabinet,'cup dispensing mechanism, means actuated by said lever during its forward movement to dispense a cup, means to position said cup under said nozzle, a door in one side of said cabinet, means to lock said lever in extended position during the discharge of the li uid from said valve,` means o erated by sai door to unlock said lever, an means to automatically return said lever and valve to normal position.

3. VIn a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said`sup ply, a hollow valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one wall of said cabinet, a door in oneside of said cabinet, means to lock said lever in extended position during the discharge of the liquid from said valve, and means operated by said door to unlock said lever.

4. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one wall of said cabinet, cup dispensing mechanism, means actuated' by said lever during its forward movement to dispense a cup, means to positionsaid cup under said nozzle, a door in one side of said cabinet, means controlled by said lever to lock said door durin travel of said lever, and means controlled y said door to prevent manipulation of said lever when said door is open. Y

l 5.' In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one Wall of said cabinet, cup dispensing mechanism, means actuated by said lever during its forward movement to dispense a cup, means to position said cup under said nozzle, a'door in one side 0f said cabinet, means controlled by said lever to lock said door during travel of said lever,

and spring actuated means controlledby said,

door to prevent manipulation of said Alever when said door is open.

' 6. In a machine of the kind described a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of redetermined ca acity movable between said) supply and sai nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one wall of said cabinet, cup dis ensing mechanism, means actuated by sai lever during its forward movement to dis ense a cup, means to position said cup un er said nozzle, a door in'one side of said cabinet, means to lock said lever in extended positlon during the discharge of the li uid from said valve, means operated by sai door to unlock said lever, and spring means to return said lever and valve to normal osition.

7. n a machine of the kind described a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said supply, a hollow valve of predetermined capacity movable between said su ply and said nozzle, said valve having in et and discharge ports therein, a lever connected tosaid valve and extending' through one wall of said cabinet, cup dis ensing mechanism, means actuated by sai lever during its forward movement to dispense a cup, means to position said cup under said nozzle, a door in one side of said cabinet, means controlled by said lever to lock said door during travel of said lever, s -ring actuated means controlled by said oor to prevent manipulation of said lever when said door is open, and means on said lever to return said cup dispensing mechanism to normal position.

8. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a`discharge nozzle remote from said supply, a hollow `valve of predetermined capacity movable between said supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one wall of said cabinet, cup dispensing mechanism, means actuated by said lever during its forward movement to dispense a cup, means to position said cup under said nozzle, a door in one side of said cabinet, means to lock said lever in extended position during the discharge of the li uid from said valve, means operated by sai door to unlock said lever, means controlled by said lever to lock said door during travel of said lever, spring actuated means controlled by saiddoor to prevent manipulation of said lever when said door is open, and means on said lever to return said cup dispensing mechanism to normal position.

to dispense a cup, means to Yposition said cu under said nozzle, means to prevent return o said valve to fillingposition until its move- .ment to discharging position shall :have been completed, a door in one side ofsaid cabinet, means to lock said lever in extended position during the discharge of the liquid from said valve, means operated by said door to unlock said lever, means controlled by said lever to lock said door during travel of said lever, spring actuated means controlled by said door to prevent manipulation of said lever when said door is open.

10. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle remote from said'supply, a hollow valve of predetermined capacity movable betweensaid supply and said nozzle, said valve having inlet and discharge ports therein, a lever connected to said valve and extending through one wall of said cabinet, cup dispensing mechanism, means actuated by said lever during its forward movement to dispense a cup, means to position said cup under said nozzle,-meansto prevent return of said lever to normal position until its forward movement shall have been completed, a door in one side of said cabinet, means to lock saidl ylever inextended position during the discharge of the liquid from said valve, means operated by said door to unlock said lever, and

, lever attached to said valve and extending through one wall of said cabinet, a door adj acent to said nozzle, and means to retain said lever in extended position until said door is opened.4

12. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a dischargenozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, means to compel complete travel of said lever to extended position before its return to normal position, a door adjacent to said nozzle, and means to retain is opened. 13. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, a door adjacent to said nozzle, and means operable on opening of s aid door to return said lever to 'normal posltion.4

14. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, a door adjacent to said nozzle, means to retain said lever in extended position until said door is opened, and means operable on opening of sald door to return said lever to normal position.

15. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinetfa discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, means to compel completetravel of said lever to extended position before its return to normal position, a door adjacent to said nozzle, and means operable on opening of said door to return said lever to normal position. i

16. In a machine of the kind described, a cabinet, a source'of liquid supply in said cabia valve interposed net, a discharge nozzle, a valve interposed e between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, means to compel complete travel of said lever to extended position before its return to normal position, a door adjacent to said nozzle, means to retain said lever in extended position until said door is opened, and meansoperable on opening of said door to return said lever to normal position. l

17. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attachedto said valve and extending through 'one wall of said cabinet, a door adjacent to said nozzle, means to lock said door during .travel of said lever, and means to retain said lever in extended position until said door is opened.

18. Ina machine of the kind described, av

cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said, nozzle, a lever attached to said valve and extending through lone wall of said cabinet, a door adjacent to said nozzle,`means to lock said door during travel of said lever, and means to compel complete travel of said lever to extended position before its return to normal position. said lever in extended position until said door 19. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, a door adjacent to said nozzle, means to lock said door during travel of said lever, means to compel comlete travel of said lever to extended position efore its return to normal position, and means to retain said lever in extended position until said door is opened.

20. lIn a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed lso Aone wall of said cabinet, a door a between said supply and said nozzle, a lever attached to said valve and extendin lthrough one wall of said cabinet, a door a jacent to said nozzle, means to lock said door during travel of said lever, and means o erable on opening of said door to return said lever to normal position. p

21. In a machine of the kind described, a cabinet, a source of liquid supply in saidcabinet, a discharge nozzle, a valve interposed between said supply and'said nozzle, a lever attached to said valve and extending through jacent to said nozzle, means to lock said door during travel of said lever, means to compel com- Elete travel of said lever to extended position fore its return to normal position, and

means o erable on opening of said door to return sai lever to normal position.

22. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, a door adjacent to said nozzle, means to lock said door during travel of said lever, means to retain said lever in extended position until said door is opened, and means oierable on opening of said door to return sai lever to normal position.

23. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, a door adjacent to said nozzle, means to lock said door during travel of said lever, means to compel coinplete travel of said lever to extended position before its return to normal position, means to retain said lever in extended position until said door is opened, and means operable on opening of said door to return said lever to normal position.

24. In a machine of the kind described, a ,I

cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, cup dispensing mechanism operable by said lever in its travel to discharge a cup adjacent to said nozzle, a door adjacent to said nozzle, and means to retain.

said lever in extended position until said door is opened.

25. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet cup dispensing mechanism operable by said lever in its travel to discharge a cup ad'acent to said nozzle, a door adjacent to sai nozzle, and means operable on opening of said door to return said lever to normal position.

26. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a valve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet Vcup dispensing mechanism operable by sai leverin its travely to dischaigea cup adjacent to said nozzle, a door a jacent to said nozzle, means to retain said lever in extended position until said door is opened, and means operable on opening of saiddoor to return said lever to normal position.

27. In a machine of the kind described, a

cabinet, a source of liquid supplyin said n cabinet, a discharge nozzle, a valve interposed between sai supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, cup dispensing mechanism operable by said lever in its travel to discharge a cup adjacent to said nozzle, means to compel complete travel of said'lever to extended position before its return to normal position, ra door adjacent to said nozzle, and means operable on opening of said door to returnl said lever to normal s position.

between said supply and said nozzle, a lever attached to said valve and extendin through one wall of said cabinet, cup ispensing mechanism operable by said lever in its travel to discharge a cup adjacent to said nozzle, means to compel complete travel of said lever to extended position before its return to normal position, a door adjacent to said nozzle, means to retain said lever in extended position until said door is opened, and means operable on openinfr of .said door to return said lever to normal position.

29. In a machine of the kind described, a cabinet, a source of liquid supply in said cabinet, a discharge nozzle, a va ve interposed between said supply and said nozzle, a lever attached to said valve and extending through one wall of said cabinet, cup dispensing mechanism operable by said lever in its travel to discharge a cup adjacent to said nozzle, means to compel complete travel of said lever to extended position before its relosy posed between sai turn to normal position, -a door adjacent to said nozzle, means to lock said door during travel of said lever, means to retain said lever in extended position until said door is opened, and means operablelon opening of said door to return said lever tonormal position.

30. In a machine of the kind described, a cabinet, a source of liquidrsuppl in said cabinet, a dischar e nozzle, a'va ve intersu ply and said nozzle, a lever attached tosaid) valve and extending through one Wall of said cabinet, a door adjacent to said nozzle, and means automatically operable on opening of said door to return said lever to normal position.

In testimony whereof, I have signed my name to this specification.v

' BRYANT BIGELOW. 

